Summary
In an Indian Express column, researcher Ritwick George argues that India's climate pledges have mostly ratified business as usual. He says the 2035 targets reported for India's March 2026 pledge, 60 per cent clean capacity and a 47 per cent cut in emissions intensity, repeat the same weakness.
Intensity targets allow absolute emissions to keep rising, while capacity targets hide the fact that coal still generates most electricity. He urges a peak year and absolute limit for power-sector emissions, targets based on clean electricity generated and faster transmission build-out.
India's position, grounded in common but differentiated responsibilities, is that intensity targets protect its right to develop.
WHY IT MATTERS FOR UPSC & STATE PCS
An Indian Express opinion column argued that India's 2030 and 2035 climate pledges are too weak, calling for an absolute emissions peak and generation-based clean energy targets as COP31 approaches.
Standard News
A Target You Beat Early Is Either a Success or a Signal You Aimed Too Low
India's climate record has a curious shape. At Paris in 2015, it pledged that 40 per cent of its power capacity would be non-fossil by 2030; it got there in 2021. It pledged to cut the emissions intensity of its GDP by 33-35 per cent from 2005 levels; it met that roughly a decade early.
A column in The Indian Express by researcher Ritwick George argues that this record reveals targets that asked for little more than what was already happening. The real question is what India's next pledges should measure.
The Case for a Peak Year
An intensity target measures emissions per rupee of GDP, not total emissions. If the economy doubles and intensity falls 40 per cent, total emissions still rise by 20 per cent. The column argues India is now the largest Paris emitter without an absolute cap or a peaking year.
Capacity targets have a similar gap. Clean sources made up over half of installed capacity, the author says, but supplied only about 29 per cent of electricity in 2025; coal still generates more than two-thirds. The author also reports that clean round-the-clock power has been auctioned at ₹5.25 per unit, fixed for 25 years, below recent coal contracts.
With an oil shock linked to the Strait of Hormuz, clean electricity is also an energy security asset.
The Case for Intensity Targets
The other side is equally serious. India's per capita emissions are about 2.9 tonnes, less than half the global average of about 6.6. Its historical share of cumulative global emissions is under 4 per cent. The Paris Agreement's Article 4.4 explicitly lets developing countries use intensity targets and move towards absolute ones over time.
Indian negotiators have long argued that an absolute cap now would constrain the industrialisation still needed to end poverty. And India's record cuts both ways. Meeting targets early can be read as proof that India delivers what it promises, which is itself credibility.
Renewable power is intermittent, so coal still keeps the grid stable when the sun sets. Committing to a peak year before the system can replace coal reliably risks blackouts or a broken promise.
TAN's Position
TAN's position is that India should keep intensity targets for now but replace capacity targets with generation targets, as the next credible step before a peak year. A generation target measures the share of electricity actually produced from clean sources.
It does not cap growth, so it respects India's development space. But it closes the gap that capacity numbers hide, because a solar panel that is curtailed counts for nothing. Chile shows the idea works: its law required a share of generation from new renewables and it met the target six years early before raising its ambition.
Once a generation target is being met and clean round-the-clock power stays cheaper than coal, the argument against naming a power-sector peak year weakens sharply. That is the point at which TAN would support it.
Why This Matters for the Exam
The lesson for GS3 is that how a target is measured decides what it achieves. Intensity, capacity and generation targets each tell a different story about the same emissions.
Quick Facts
Key numbers & takeaways — revise these first
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At Paris in 2015, India pledged 40 per cent non-fossil power capacity by 2030 and achieved it in 2021.
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It also pledged to cut emissions intensity of GDP by 33-35 per cent from 2005 levels by 2030, a target met about a decade early.
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India's 2022 updated NDC raised these to a 45 per cent intensity cut and about 50 per cent non-fossil capacity by 2030.
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India has pledged net-zero emissions by 2070.
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Article 4.4 of the Paris Agreement asks developed countries to take economy-wide absolute targets and encourages developing countries to move towards them over time.
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India's per capita emissions are about 2.9 tonnes CO2e against a global average of about 6.6 tonnes.
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Coal generates more than two-thirds of India's electricity.
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Chile's renewables law required 20 per cent of generation from new renewables by 2025; Chile met it six years early.
Connect the dots for your UPSC preparation.
Standard news covers the event. Log in to read our comprehensive analysis and uncover the hidden constitutional, structural, and ethical dimensions of this topic:
The full case for an absolute power-sector peak year, built on intensity arithmetic, the capacity-generation gap and clean power costs
The equally strong case for intensity targets, grounded in per capita emissions, historical responsibility and Article 4.4
TAN's reasoning for generation targets as the bridge, with Chile's renewables law as the model
The specific conditions under which TAN would back a named peak year
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